Building a Scalable Contract Taxonomy with Salesforce and Conga CLM

The client required their Contract Lifecycle Management (CLM) platform to support a highly structured taxonomy: Record Type → Contract Type → Subtype → Contract Classification.

This structure presented two primary technical hurdles:

• Logic-Heavy Dependencies: The final classification directly governed downstream behavior, including field visibility, mandatory data requirements, and workflow routing.
• Maintenance at Scale: Using standard dependent dropdowns for this volume of combinations would have resulted in an overly complex configuration. This traditional approach made it difficult to update the taxonomy without risking system-wide errors or inconsistencies.

To maintain a sustainable system, the client required a solution that avoided hard-coded logic while preserving data integrity across all four tiers.

We replaced layered dropdown logic with a centralized, table-driven configuration model.

1. Centralized Configuration Table

We engineered a background table where each row defines a single, business-approved combination of the four taxonomy levels. This table serves as the authoritative source for all valid contract paths.

2. Linked-Field Logic

Instead of building individual rules for every possible permutation, we implemented a linked-field architecture. The system queries the configuration table and filters available choices based on the user’s previous selection, so users can select only combinations defined in the approved taxonomy.

3. Decoupling Logic from UI

By housing classification logic in a table rather than in platform UI rules, we separated the business taxonomy from interface-level dependencies, making the configuration easier to manage.

By treating contract taxonomy as structured metadata rather than a series of layered dropdowns, we created a more maintainable CLM architecture. The centralized configuration model supports changes to contract types and classifications while preserving the client’s no-code operating model.